Two tools with different starting points
Zapier built its reputation on connecting apps. A trigger in one tool starts actions in others, and its AI agents add reasoning on top of that huge catalog of connectors. It is a strong choice when the work begins with an event, such as a new form entry or a new deal, and the main challenge is moving data between many apps.
Crons starts from a different place. The unit of work is a recurring job written in plain English, for example "Every Monday at 8 AM check our 20 competitors and send pricing changes to Slack". Crons parses the schedule and timezone, plans the steps and runs them as an AI cron job that remembers what it saw last time. It is built for research, monitoring and reporting work that happens on a clock rather than on an event.
Side by side comparison
| Area | Crons | Zapier AI Agents |
|---|---|---|
| Unit of work | A cron, one recurring job described in a sentence | An agent or a Zap built around triggers and actions |
| Schedules | Natural language schedule parsed to a cron expression with timezone, down to every 5 minutes on Teams | Scheduled triggers are available alongside many event triggers |
| Memory between runs | Built in, for diffs, deduplication and "only new" results | Depends on how you configure the agent and connected storage |
| Approvals | Approval gate step before customer emails, CRM writes and public posts | Human review options exist, configured per workflow |
| Run log | Every step, input, output, retry and timing, kept 30 days to 1 year by plan | Task and run history according to their plan |
| Retries | 3 attempts with backoff on failed steps, alerts by email or Slack | Error handling and replay according to their plan |
| Pricing model | Flat monthly plans from $99, or $49 per month billed yearly, with runs and AI calls included | See Zapier's pricing page |
| Integrations breadth | Focused set: Slack, Gmail, HubSpot, Google Sheets, Notion, webhooks, HTTP requests | Thousands of app connectors, a clear strength |
The table reflects how each product is designed to be used. Features on both sides change over time, so check the current documentation of each tool before you decide.
Where Crons fits better
- Work that happens on a clock. Weekly competitor reviews, daily lead lists, monthly invoice checks and morning customer health digests are natural crons.
- Results that should only show what changed. Memory between runs means the Slack message on Tuesday lists the three new items, not the same fifty as Monday.
- Steps that touch customers. Approval gates pause the run and show the exact output before anything is sent or written.
- Web research. Web fetch and headless browser steps read pages that have no API, counted in browser minutes on your plan.
- Predictable cost. Plans include a fixed number of runs, AI calls and browser minutes, with an alert at 80 percent and a hard stop before any limit.
The competitor monitor template is a good example. It fetches each competitor page, compares prices with the previous day, writes only the changes and posts them to Slack.
Where Zapier fits better
- You need a niche app. If the work depends on a tool outside the Crons integrations and the tool has no HTTP API you can call, Zapier is likely to have a connector.
- The work starts with an event. Instant reactions to a new row, a new ticket or a new payment are what event triggers are made for.
- Your team already runs many Zaps. Adding agents inside a platform people already know has real value.
Being honest about this saves you time. Crons does not try to match a catalog of thousands of connectors. It covers the destinations most business teams use for recurring results and lets you reach anything else through HTTP requests with stored credentials or outbound webhooks.
Using both together
Many teams do not need to choose. A cron can finish its weekly research and send the result to a webhook that starts a Zap, and on Pro and Teams a Zap can start a cron through an inbound webhook or the REST API. Crons then owns the scheduled reasoning, memory and approvals, and Zapier owns the long tail of app connections. See API, webhooks and MCP for the details.
How to try a scheduled agent
- 1Type the job in one sentence on the homepage and see the parsed schedule, the steps and a sample first result.
- 2Create your account and save the cron.
- 3Run it once with dry run to read the full log without sending anything.
- 4Add approval gates where the cron writes to customers or your CRM, then switch it on.
Plans start at $99 per month, or $49 per month billed yearly. There is no free plan. Full limits are on the pricing page.
Frequently asked questions
Is Crons a full replacement for Zapier?
Not for every case. Crons replaces Zapier AI Agents for recurring, scheduled work with memory and approvals. For event driven automations across many niche apps, Zapier remains the broader tool, and the two can work together through webhooks.
How does Crons pricing compare to Zapier?
Crons has flat plans at $99, $299 and $999 per month, or $49, $149 and $499 per month billed yearly, with runs, AI calls and browser minutes included. For current Zapier prices, see Zapier's pricing page.
Can I move an existing Zapier agent to Crons?
You rebuild it by describing the job in a sentence. Crons proposes the schedule and steps, and you adjust them. Most recurring research or reporting agents take a few minutes to set up.
Does Crons remember results between runs?
Yes. Memory read and write steps let a cron compare with last time, skip duplicates and send only new or changed items.
Which integrations does Crons support?
Slack, Gmail, HubSpot, Google Sheets, Notion, outbound webhooks and HTTP requests with stored credentials. Pro and Teams add inbound webhooks, a REST API and MCP server access. See integrations.